public void Update(float delta)
{
if (!alive)
{
return;
}
position += velocity * delta;
velocity = ExtensionMethods.MoveTowards(velocity, Vector2.Zero, damping * delta);
if (Time.time > killTime)
{
alive = false;
}
}
public override void Update()
{
lifeTime -= Time.deltatime;
if (lifeTime <= 0)
{
Destroy();
}
position += moveDir;
meshes[0].RotateVertices(spin, ExtensionMethods.GetPolyCenter(meshes[0].vertices));
meshes[0].Scale(0.03f);
//Move current color towards 0
colorCurrent = ExtensionMethods.MoveTowards(colorCurrent, Vector3.Zero, Time.deltatime * (1f / lifeTime));
//Convert vector3 back to color
meshes[0].color = colorCurrent.ToColor();
}
private void LocomotionUpdate(float delta)
{
lts_current = ExtensionMethods.MoveTowards(lts_current, lts_target, acceleration * delta);
rts_current = ExtensionMethods.MoveTowards(rts_current, rts_target, acceleration * delta);
as_current = ExtensionMethods.MoveTowards(as_current, as_target, aimAcceleration * delta);
//Rotate Tower
meshes[2].Rotate(as_current * delta);
meshes[3].Rotate(as_current * delta);
//Rotate
forward = forward.Rotate((lts_current - rts_current) * delta * turnFactor);
//Move
position += forward * (lts_current + rts_current) * delta;
//Track marks
currentGap += (position - prevPos).Length;
if (currentGap >= trackGap)
{
if (Vector2.Dot(forward, position - prevPos) > 0)
{
// forward
new TrackMarks(position - forward * 2f + right * 1f, -right, 0.8f, meshes[0].color, 5f);
new TrackMarks(position - forward * 2f + -right * 1f, right, 0.8f, meshes[0].color, 5f);
}
else
{
// backward
new TrackMarks(position + forward * 2f + right * 1f, -right, 0.8f, meshes[0].color, 5f);
new TrackMarks(position + forward * 2f + -right * 1f, right, 0.8f, meshes[0].color, 5f);
}
currentGap = 0f;
}
prevPos = position;
}
